In Soman Chainani's "The School for Good and Evil", destiny initially seems preordained by appearance. Sophie, in glass slippers and pink dresses, looks like the perfect candidate for the School for Good, while Agatha, in shapeless black smocks, is cast as a villain. When they're dropped into the opposite academies, that logic shatters. The novel's truth upends the trope: character is defined by our choices, not our appearance or assumed destiny. That lesson has become the blueprint for how I approach leadership, athletics, and engineering. For a long time, I felt pressure to fit into one predetermined box. As a competitive black belt on the USA Junior National Karate Team, I was immersed in an environment where discipline and physical dominance were the visible markers of success. It would have been easy to let that rigid identity define me. Instead, I chose to channel that discipline into empathy and advocacy: volunteering hundreds of hours, tutoring students with learning disabilities and financial hardship, presenting student liaison reports at school board meetings, leading a fundraiser that raised tens of thousands of dollars for a children's hospital, and building equitable access to STEM education. A fighter's truest choice can be one of compassion. This duality sharpened when I stepped into the male-dominated world of STEM. As Captain and Outreach Lead of my robotics team, I often met preconceived notions of what a technical leader should look like. Like Agatha standing her ground in a castle that rejected her, I refused to let stereotype dictate my capability. I chose to lead with inclusivity, pairing technical skill with mentorship. One project I'm proudest of is "Women in STEM," a district-wide camp where I taught 16 Python-based coding programs on Edison V3 robots and built a collaborative challenge teaching the six simple machines. The book's lesson crystallized further when I turned toward human-centric product development, an engineering philosophy rooted in service rather than prestige. In my first year of high school, I met someone facing severe mobility and coordination challenges from dystonic tremor. Rather than stop at theory, I spent a year conceptualizing, iterating, and fabricating a specialized mug that let her drink coffee independently. Seeing it work for her was the moment product development engineering became my direction. No one should be marginalized by the design of everyday objects. That experience taught me engineering isn't about the inventor's status. It's an active choice to restore dignity. Whether through community installations like "The Giving Tree," which fostered peer affirmations, or simply stepping in when something needed doing, I've learned leadership is a verb, not a title. As I prepare to study Materials Science and Engineering at Cornell this fall, I think of how Agatha and Sophie realized they held the pen to their own stories, refusing to let anyone else write their endings. I'm not entering this field to fulfill a passive destiny or chase accolades. Materials science studies what things are made of at their core, and like the students of Gavaldon, I know true substance lies beneath the surface. I'm here to make deliberate design choices that create accessible, empowering technology for people who are often overlooked. Armed with the lessons of the Endless Woods, I choose to innovate with empathy, proving we write our own endings through what we build for others.

"You have no idea how much I needed to hear those words today," a peer whispered as we crossed paths in the corridor. Her makeup was streaked from recent tears, and she clutched a small, neon-bright sticky note as if it were a physical lifeline. In that moment, the distance between us evaporated. I offered no platitudes; instead, I simply embraced her, allowing a silent hug to convey the solidarity she so clearly craved. This encounter was not a solitary incident, but the heartbeat of an initiative born from the darkest chapter of my high school’s history. I founded The Giving Tree, an interactive installation of paper and prose, as a visceral response to a series of tragedies that had left our community fractured by grief. In the wake of several suicides, a heavy, suffocating sorrow settled over the student body, eroding the collective self-confidence of my peers. Driven by the conviction that radical acceptance is the only true antidote to despair, I sought to create a reservoir of affirmation. I believe that every individual deserves to be celebrated for the sheer fact of their existence, yet many lack the mirrors to see their own worth. The mechanics of the installation were intentionally communal: a "tree" composed of sticky-note compliments where students could harvest a message of hope or plant a new one for a stranger. To maintain the project’s vitality, I encouraged a culture of abundance: insisting that we leave more kindness than we took. This ensured that the well of encouragement never ran dry. What began as a modest display soon burgeoned into a kaleidoscope of over 2,500 individual contributions, transforming a sterile school wall into a living testament to student resilience and collective love. Seeing classmates moved to tears by the simple recognition of their humanity provided a sense of fulfillment that transcends traditional accolades. Because of its profound impact, The Giving Tree has become a permanent fixture of our school’s cultural landscape, re-emerging several times a year to mirror the shifting seasons or the thematic energy of spirit weeks. This journey has taught me that impactful community change is rarely the result of grand gestures, but of small, compassionate actions that invite others to be seen. My ultimate aspiration is to do more than occupy a space of influence; I strive to embody the very essence of impact, ensuring that my life serves as a catalyst for the same hope I saw clutched in that girl's hand. Another pivotal event that sparked my desire for service was when I saw a woman spill coffee over herself, tears welling in her eyes. As I rushed to help, she explained her condition: Dystonic Tremor. Her hands shook uncontrollably and her joints were unable to fully articulate, making the simple act of holding a mug a source of frustration. She explained that she just wanted to drink coffee like a "normal person." This interaction sparked a year-long mission. I spent my freshman year developing a specialized mug to make her wish a reality. When the project was completed, seeing the physical manifestation of the mug actually work for her was incredibly rewarding. I will pursue a degree in Materials Science and Engineering to build the technical foundation necessary for durable, high-performing products. I plan to complement my core curriculum with coursework in design thinking and human factors engineering. By mastering the synergy between material properties and user comfort, I aim to create inclusive technology that empowers individuals, ensuring that no one is ever marginalized by the design of everyday objects.

A man who touched me deeply throughout my life was my dad. He had an effortless nature of connection and when I asked him how he did it, he simply replied "you just need to help others feel seen". These words resonated entirely within me and inspired me to create a passion project that manifested these words into reality. "You have no idea how much I needed to hear those words today," a peer whispered as we crossed paths in the corridor. Her makeup was streaked from recent tears, and she clutched a small, neon-bright sticky note as if it were a physical lifeline. In that moment, the distance between us evaporated. I simply embraced her, allowing a silent hug to convey the solidarity she so clearly craved. This encounter was not a solitary incident, but the heartbeat of an initiative born from the darkest chapter of my high school’s history. I founded The Giving Tree, an interactive installation of paper and prose, as a visceral response to a series of tragedies that had left our community fractured by grief. In the wake of several suicides, a heavy, suffocating sorrow settled over the student body, eroding the collective self-confidence of my peers. Driven by the conviction that radical acceptance is the only true antidote to despair, I sought to create a reservoir of affirmation. I believe that every individual deserves to be celebrated for the sheer fact of their existence, yet many lack the mirrors to see their own worth. The mechanics of the installation were intentionally communal: a "tree" composed of sticky-note compliments where students could harvest a message of hope or plant a new one for a stranger. To maintain the project’s vitality, I encouraged a culture of abundance: insisting that we leave more kindness than we took. This ensured that the well of encouragement never ran dry. What began as a modest display soon burgeoned into a kaleidoscope of over 2,500 individual contributions, transforming a sterile school wall into a living testament to student resilience and collective love. The true metric of the project’s success lay not in its scale, but in its emotional resonance. Seeing classmates moved to tears by the simple recognition of their humanity provided a sense of fulfillment that transcends traditional accolades. Because of its profound impact, The Giving Tree has become a permanent fixture of our school’s cultural landscape, re-emerging several times a year to mirror the shifting seasons or the thematic energy of spirit weeks. This journey has redefined my understanding of leadership. It has taught me that impactful community change is rarely the result of grand gestures, but of small, compassionate actions that invite others to be seen. My ultimate aspiration is to do more than occupy a space of influence; I strive to embody the very essence of impact, ensuring that my life serves as a catalyst for the same hope I saw clutched in that girl's hand. Another pivotal event that stayed with me was I saw a woman spill coffee over herself, tears welling in her eyes. As I rushed to help, she explained her condition: Dystonic Tremor. Her hands shook uncontrollably and her joints were unable to fully articulate, making the simple act of holding a mug a source of frustration. She explained that she just wanted to drink coffee like a "normal person." This interaction sparked a year-long mission; I spent my freshman year developing a specialized mug to make her wish a reality. When the project was completed, seeing the physical manifestation of the mug actually work for her was incredibly rewarding. The transition from a conceptual spark to a tangible tool is where engineering meets empathy. In ten years, I envision myself at this exact intersection as a product development engineer. I am dedicated to redefining the relationship between people and the objects of their daily lives. My goal isn't simply to manufacture "things," but to engineer solutions that alleviate friction, enhance accessibility, and promote well-being through thoughtful, human-centric design. To achieve this, I will pursue a degree in Materials Science and Engineering to build the technical foundation necessary for durable, high-performing products. I plan to complement my core curriculum with coursework in design thinking and human factors engineering, while seeking internships to observe the full product lifecycle. By mastering the synergy between material properties and user comfort, I aim to create inclusive technology that empowers individuals, ensuring that no one is ever marginalized by the design of everyday objects.

"You have no idea how much I needed to hear those words today," a peer whispered as we crossed paths in the corridor. Her makeup was streaked from recent tears, and she clutched a small, neon-bright sticky note as if it were a physical lifeline. In that moment, the distance between us evaporated. I offered no platitudes; instead, I simply embraced her, allowing a silent hug to convey the solidarity she so clearly craved. This encounter was not a solitary incident, but the heartbeat of an initiative born from the darkest chapter of my high school’s history. I founded The Giving Tree, an interactive installation of paper and prose, as a visceral response to a series of tragedies that had left our community fractured by grief. In the wake of several suicides, a heavy, suffocating sorrow settled over the student body, eroding the collective self-confidence of my peers. Driven by the conviction that radical acceptance is the only true antidote to despair, I sought to create a reservoir of affirmation. I believe that every individual deserves to be celebrated for the sheer fact of their existence, yet many lack the mirrors to see their own worth. The mechanics of the installation were intentionally communal: a "tree" composed of sticky-note compliments where students could harvest a message of hope or plant a new one for a stranger. To maintain the project’s vitality, I encouraged a culture of abundance: insisting that we leave more kindness than we took. This ensured that the well of encouragement never ran dry. What began as a modest display soon burgeoned into a kaleidoscope of over 2,500 individual contributions, transforming a sterile school wall into a living testament to student resilience and collective love. Seeing classmates moved to tears by the simple recognition of their humanity provided a sense of fulfillment that transcends traditional accolades. Because of its profound impact, The Giving Tree has become a permanent fixture of our school’s cultural landscape, re-emerging several times a year to mirror the shifting seasons or the thematic energy of spirit weeks. This journey has taught me that impactful community change is rarely the result of grand gestures, but of small, compassionate actions that invite others to be seen. My ultimate aspiration is to do more than occupy a space of influence; I strive to embody the very essence of impact, ensuring that my life serves as a catalyst for the same hope I saw clutched in that girl's hand. Another pivotal event that sparked my desire for service was when I saw a woman spill coffee over herself, tears welling in her eyes. As I rushed to help, she explained her condition: Dystonic Tremor. Her hands shook uncontrollably and her joints were unable to fully articulate, making the simple act of holding a mug a source of frustration. She explained that she just wanted to drink coffee like a "normal person." This interaction sparked a year-long mission. I spent my freshman year developing a specialized mug to make her wish a reality. When the project was completed, seeing the physical manifestation of the mug actually work for her was incredibly rewarding. I will pursue a degree in Materials Science and Engineering to build the technical foundation necessary for durable, high-performing products. I plan to complement my core curriculum with coursework in design thinking and human factors engineering. By mastering the synergy between material properties and user comfort, I aim to create inclusive technology that empowers individuals, ensuring that no one is ever marginalized by the design of everyday objects.

I believe women in STEM are more than a demographic; they are a vital pipeline of untapped perspective. When I first joined my school’s all-male robotics team, I was met with surprised faces and pushed toward social media rather than coding. Instead of being deterred, I let my actions speak. My dedication eventually led my peers to elect me co-captain. My goal is to use my engineering degree to work at the intersection of materials science and innovation, contributing to technologies that improve lives. More than that, I hope to be a visible example for young women and minorities considering STEM — proof that where you come from does not determine how far you can go. As captain of my robotics team, I organized a districtwide "Women in STEM" camp teaching girls collaborative machine building and Python-based coding with Edison V3 robots. I also helped facilitate multiple STEM camps for elementary schoolers and volunteered at districtwide third-grade robotics tournaments reaching over 2,500 kids — building robot kits, creating gameboards, scorekeeping, refereeing, and running award ceremonies. Throughout every program, I prioritized affordability, fundraising and working with the school board to make all opportunities free so cost was never a barrier. Ms. Adam's commitment to empowering students in her classroom aligns deeply with the values instilled in me: invest early, think long-term, and always give back more than you take. My personal interest lies in Materials Science and Engineering. I love the creative liberty of iteration—the process of 3D modeling and prototyping until a computer-aided design becomes a physical tool. My vested interest in this field happened during freshman year. My eyes glanced over as I saw a woman spill coffee all over herself. Tears welled in her eyes and I rushed over to help her. After inquiring about whether she was okay, she began to tell me about her condition. She suffered from Dystonic Tremor, and as a result, her hands shook uncontrollably and her fingers were unable to fully articulate. Furthermore, she loved coffee and she expressed the desire to drink from a mug like a "normal person." Following this interaction, I spent my Freshman year developing a mug for her—attempting to make her wishes a reality. When the project was completed and the physical manifestation came to life, it was incredibly rewarding to see it work for her. The transition from a conceptual spark to a tangible tool is where engineering meets empathy. In ten years, I envision myself operating at this exact intersection as a product development engineer, dedicated to redefining the relationship between people and the objects that define their daily lives. My goal is not simply to manufacture "things," but to engineer solutions that alleviate friction, enhance accessibility, and promote well-being through thoughtful, human-centric design. To get there, I plan to pursue a degree in Materials Science and Engineering at Cornell University, where I will build the technical foundation necessary to translate ideas into durable, high-performing products. I intend to complement that core curriculum with coursework in design thinking and human factors engineering, while seeking internships in product development settings to observe the full lifecycle of a product. By mastering the synergy between material properties and user comfort, I aim to create inclusive technology that empowers individuals, ensuring that no one is ever marginalized by the design of everyday objects.

I believe women in STEM are more than a demographic; they are a vital pipeline of untapped perspective. When I first joined my school’s all-male robotics team, I was met with surprised faces and pushed toward social media rather than coding. Instead of being deterred, I let my actions speak. My dedication eventually led my peers to elect me co-captain. My goal is to use my engineering degree to work at the intersection of materials science and innovation, contributing to technologies that improve lives. More than that, I hope to be a visible example for young women and minorities considering STEM — proof that where you come from does not determine how far you can go. As captain of my robotics team, I organized a districtwide "Women in STEM" camp teaching girls collaborative machine building and Python-based coding with Edison V3 robots. I also helped facilitate multiple STEM camps for elementary schoolers and volunteered at districtwide third-grade robotics tournaments reaching over 2,500 kids — building robot kits, creating gameboards, scorekeeping, refereeing, and running award ceremonies. Throughout every program, I prioritized affordability, fundraising and working with the school board to make all opportunities free so cost was never a barrier. Ms. Adam's commitment to empowering students in her classroom aligns deeply with the values instilled in me: invest early, think long-term, and always give back more than you take. My personal interest lies in Materials Science and Engineering. I love the creative liberty of iteration—the process of 3D modeling and prototyping until a computer-aided design becomes a physical tool. My vested interest in this field happened during freshman year. My eyes glanced over as I saw a woman spill coffee all over herself. Tears welled in her eyes and I rushed over to help her. After inquiring about whether she was okay, she began to tell me about her condition. She suffered from Dystonic Tremor, and as a result, her hands shook uncontrollably and her fingers were unable to fully articulate. Furthermore, she loved coffee and she expressed the desire to drink from a mug like a "normal person." Following this interaction, I spent my Freshman year developing a mug for her—attempting to make her wishes a reality. When the project was completed and the physical manifestation came to life, it was incredibly rewarding to see it work for her. The transition from a conceptual spark to a tangible tool is where engineering meets empathy. In ten years, I envision myself operating at this exact intersection as a product development engineer, dedicated to redefining the relationship between people and the objects that define their daily lives. My goal is not simply to manufacture "things," but to engineer solutions that alleviate friction, enhance accessibility, and promote well-being through thoughtful, human-centric design. To get there, I plan to pursue a degree in Materials Science and Engineering at Cornell University, where I will build the technical foundation necessary to translate ideas into durable, high-performing products. I intend to complement that core curriculum with coursework in design thinking and human factors engineering, while seeking internships in product development settings to observe the full lifecycle of a product. By mastering the synergy between material properties and user comfort, I aim to create inclusive technology that empowers individuals, ensuring that no one is ever marginalized by the design of everyday objects.

A man who touched me deeply throughout my life was none other than my dad. He had an effortless nature of connection and when I asked him how he did it, he simply replied "you just need to help others feel seen". These words resonated entirely within me and inspired me to create a passion project that manifested these words into reality. "You have no idea how much I needed to hear those words today," a peer whispered as we crossed paths in the corridor. Her makeup was streaked from recent tears, and she clutched a small, neon-bright sticky note as if it were a physical lifeline. In that moment, the distance between us evaporated. I offered no platitudes; instead, I simply embraced her, allowing a silent hug to convey the solidarity she so clearly craved. This encounter was not a solitary incident, but the heartbeat of an initiative born from the darkest chapter of my high school’s history. I founded The Giving Tree, an interactive installation of paper and prose, as a visceral response to a series of tragedies that had left our community fractured by grief. In the wake of several suicides, a heavy, suffocating sorrow settled over the student body, eroding the collective self-confidence of my peers. Driven by the conviction that radical acceptance is the only true antidote to despair, I sought to create a reservoir of affirmation. I believe that every individual deserves to be celebrated for the sheer fact of their existence, yet many lack the mirrors to see their own worth. The mechanics of the installation were intentionally communal: a "tree" composed of sticky-note compliments where students could harvest a message of hope or plant a new one for a stranger. To maintain the project’s vitality, I encouraged a culture of abundance: insisting that we leave more kindness than we took. This ensured that the well of encouragement never ran dry. What began as a modest display soon burgeoned into a kaleidoscope of over 2,500 individual contributions, transforming a sterile school wall into a living testament to student resilience and collective love. The true metric of the project’s success lay not in its scale, but in its emotional resonance. Seeing classmates moved to tears by the simple recognition of their humanity provided a sense of fulfillment that transcends traditional accolades. Because of its profound impact, The Giving Tree has become a permanent fixture of our school’s cultural landscape, re-emerging several times a year to mirror the shifting seasons or the thematic energy of spirit weeks. This journey has redefined my understanding of leadership. It has taught me that impactful community change is rarely the result of grand gestures, but of small, compassionate actions that invite others to be seen. My ultimate aspiration is to do more than occupy a space of influence; I strive to embody the very essence of impact, ensuring that my life serves as a catalyst for the same hope I saw clutched in that girl's hand.

My eyes glanced over as I saw a woman spill coffee all over herself. Tears welled in her eyes and I rushed over to help her. After inquiring about whether she was okay, she began to tell me about her condition. She suffered from Dystonic Tremor, and as a result, her hands shook uncontrollably and her fingers were unable to fully articulate. Furthermore, she loved coffee and she expressed the desire to drink from a mug like a "normal person." Following this interaction, I spent my Freshman year developing a mug for her—attempting to make her wishes a reality. When the project was completed and the physical manifestation came to life, it was incredibly rewarding to see it work for her. The transition from a conceptual spark to a tangible tool is where engineering meets empathy. In ten years, I envision myself operating at this exact intersection as a product development engineer, dedicated to redefining the relationship between people and the objects that define their daily lives. My goal is not simply to manufacture "things," but to engineer solutions that alleviate friction, enhance accessibility, and promote well-being through thoughtful, human-centric design. To get there, I plan to pursue a degree in Materials Science and Engineering, where I will build the technical foundation necessary to translate ideas into durable, high-performing products. I intend to complement that core curriculum with coursework in design thinking and human factors engineering, while seeking internships in product development settings to observe the full lifecycle of a product. By mastering the synergy between material properties and user comfort, I aim to create inclusive technology that empowers individuals, ensuring that no one is ever marginalized by the design of everyday objects. I am deeply honored to be admitted to the Cornell David A. Duffield College of Engineering for Materials Science and Engineering for Fall 2026. While I am thrilled by this opportunity, I am concerned about my family’s ability to finance my education. In April 2024, my father was forced to resign from his full-time position due to chronic health issues, most notably atrial fibrillation. After three failed cardioversions, he underwent an AV node ablation in 2025. Although the surgery was successful, his physicians anticipate the need for future procedures. He is currently limited to part-time work, resulting in a loss of approximately $40,000 in annual income, as well as the forfeiture of his pension and future earning potential. With an estimated annual cost of $100,830, the burden on my family is significant. My father is the kindest person I know, and I see how much this financial strain weighs on him. I am applying to Hines scholarship to tangibly reduce this burden and honor his support. I sincerely appreciate your time in reviewing these circumstances and hope you will take them into consideration.

Things that bring me joy: Meeting new people Laughing until your sides hurt Lime tostitos Deep conversations Carbonated drinks Trying things Helping people Excessive Jewelry Reality TV Handwritten notes/ letters That feeling you get after you've been productive Karate Our family dog, Mochi Teaching others Avocado toast The smell that occurs after it rains Journaling Collecting little trinkets Performing Group settings Those moments when gratitude hits you like a truck The sound of piano encapsulating space during practice Socializing Spontaneous hangouts with friends Applying makeup Sourdough Bread Music Seeing others win/ succeed Studying until I'm excited for the test Making people feel included

My eyes glanced over as I saw a woman spill coffee all over herself. Tears welled in her eyes and I rushed over to help her. After inquiring about whether she was okay, she began to tell me about her condition. She suffered from Dystonic Tremor, and as a result, her hands shook uncontrollably and her fingers were unable to fully articulate. Furthermore, she loved coffee and she expressed the desire to drink from a mug like a "normal person." Following this interaction, I spent my Freshman year developing a mug for her—attempting to make her wishes a reality. When the project was completed and the physical manifestation came to life, it was incredibly rewarding to see it work for her. The transition from a conceptual spark to a tangible tool is where engineering meets empathy. In ten years, I envision myself operating at this exact intersection as a product development engineer, dedicated to redefining the relationship between people and the objects that define their daily lives. My goal is not simply to manufacture "things," but to engineer solutions that alleviate friction, enhance accessibility, and promote well-being through thoughtful, human-centric design. To get there, I plan to pursue a degree in Materials Science and Engineering, where I will build the technical foundation necessary to translate ideas into durable, high-performing products. I intend to complement that core curriculum with coursework in design thinking and human factors engineering, while seeking internships in product development settings to observe the full lifecycle of a product. By mastering the synergy between material properties and user comfort, I aim to create inclusive technology that empowers individuals, ensuring that no one is ever marginalized by the design of everyday objects.

27 seconds remained. Our team and rival team were quick at work at the 3rd grade robotics competition. Hands flew over the remote, looking for the right program that would earn us the most points. The score was close, 3 points was all that separated us. But we pushed in order to get ahead and worked in tandem, each team member fulfilling their duty with quickness and efficiency. We had spent months building/ programming/ and testing our robot- all in preparation of this very day. When the round had concluded, we came out as the winners. But what I found was that the true joy came not from winning, but from the process of creating the robot in the first place. This experience drove me to the engineering program at my high school, where I later decided to immerse myself in the thing that had initially sparked my interest; robotics. Heads turning, faces marked with surprise, and eyes widening—this was the reaction that occurred when I made my first appearance on the robotics team. I had anticipated this response, as the gender gap in STEM fields is ever prevalent today. Yet, this initial interaction did not deter me; instead, it fueled a determination to contribute meaningfully. Focusing on impact rather than expectation, I immersed myself in the team’s mission of mentorship and inclusion, by: organizing STEM camps for elementary/middle/high schoolers, creating a robust digital presence through our website and Instagram, mentoring a local team, volunteering at 3rd grade robotics competitions, running a "Women In STEM" passion project (where I actively fought the gender gap), and executing tasks through our student enterprise (Grizzly Graphics). This dedication did not go unnoticed. My team earned the Motivate and Connect awards at the subsequent competitions, thanks to these efforts. The following year, my team voted me into leadership. Being elected team captain the following year meant so much more than a title; it was internal recognition by my fellow members that my work had transcended the initial surprise and earned their respect. The foundation of that value, and what truly draws me to engineering, is the reality that there are infinite ways to solve a problem. This perspective has fundamentally altered how I perceive learning and challenges. With many subjects, I often find a prescribed path to a singular, defined solution. Engineering, on the other hand, offers a boundless landscape. Knowing there is no single, correct way to invent something grants me the freedom to experiment and iterate until I find the most effective method. This iterative process—improving upon existing methods and generating novel approaches—brings the distinct satisfaction that stems from enhancing the tools and objects people interact with every day. Whether I am 3D modeling parts for our robot, compiling code for a project or refining an iteration for a community project, I find immense fulfillment in having the creative liberty to approach challenges without restriction. This creative liberty is what drove me to study Materials Science and Engineering at Cornell University next fall, where I represent 2% of Materials Science Engineers, being Asian, and a woman. Driven by a love and desire to serve, solve, and create, I am determined to further my education in engineering because it represents a complete amalgamation of everything I have ever loved. It is a field that rewards dedication and leadership with the limitless potential for innovation—a field where a surprise reaction can quickly be replaced by tangible, recognized results, and where the freedom to design is the freedom to improve the world.

27 seconds remained. Our team and rival team were quick at work at the 3rd grade robotics competition. Hands flew over the remote, looking for the right program that would earn us the most points. The score was close, 3 points was all that separated us. But we pushed in order to get ahead and worked in tandem, each team member fulfilling their duty with quickness and efficiency. We had spent months building/ programming/ and testing our robot- all in preparation of this very day. When the round had concluded, we came out as the winners. But what I found was that the true joy came not from winning, but from the process of creating the robot in the first place. This experience drove me to the engineering program at my high school, where I later decided to immerse myself in the thing that had initially sparked my interest; robotics. Heads turning, faces marked with surprise, and eyes widening—this was the reaction that occurred when I made my first appearance on the robotics team. I had anticipated this response, as the gender gap in STEM fields is ever prevalent today. Yet, this initial interaction did not deter me; instead, it fueled a determination to contribute meaningfully. Focusing on impact rather than expectation, I immersed myself in the team’s mission of mentorship and inclusion, by: organizing STEM camps for elementary/middle/high schoolers, creating a robust digital presence through our website and Instagram, mentoring a local team, volunteering at 3rd grade robotics competitions, running a "Women In STEM" passion project (where I actively fought the gender gap), and executing tasks through our student enterprise (Grizzly Graphics). This dedication did not go unnoticed, earning my team the Motivate and Connect awards at the subsequent competitions. The following year, my team voted me into leadership. Being elected team captain the following year meant so much more than a title; it was internal recognition by my fellow members that my work had transcended the initial surprise and established real value. The foundation of that value, and what truly draws me to engineering, is the reality that there are infinite ways to solve a problem. This perspective has fundamentally altered how I perceive learning and challenges. With many subjects, I often find a prescribed path to a singular, defined solution. Engineering, on the other hand, offers a boundless landscape. Knowing there is no single, correct way to invent something grants me the freedom to experiment and iterate until I find the most effective method. This iterative process—improving upon existing methods and generating novel approaches—brings the distinct satisfaction that stems from enhancing the tools and objects people interact with every day. Whether I am 3D modeling parts for our robot, compiling code for a project or refining an iteration for a community project, I find immense fulfillment in having the creative liberty to approach challenges without restriction. This creative liberty is what drove me to study Materials Science and Engineering at Cornell University next fall, where I represent 2% of Materials Science Engineers, being Asian and a woman. I believe education is important because it provides me with the knowledge that I need to help + empower others. By being enrolled in the EASA (Engineering Aerospace and Science Academy) program for 4 years, I've obtained: CAD (with Inventor and Fusion), coding (Robot C), tool usage, documentation (EWB, Tech Sheets, Design Review Packets, Drawing sheets etc.), and organizational skills. Acting to use this information I've acquired: through robotics, as the team captain and outreach lead, I've organized and facilitated STEM camps for elementary/ middle school/ and high school students. Some of these STEM camps have been through my passion project "Women In STEM" where I aim to empower strong STEM loving women with the resources that they need to succeed in the field, in hopes of reducing the gender gap that is ever so prevalent within STEM. We had one recently where I assembled a culmination of simple machines and then had the girls build it in small teams (as engineering is a collaborative pursuit). In addition, I used Edison V3 robots to introduce the girls to python based coding, utilizing a scratch program. I then gave them several challenges, getting progressively more difficult each time. At camps and in general, seeing the kids succeed are among the moments that bring me the greatest fulfillment. I will use this fulfillment to continue organizing camps for youth to get involved and interested in STEM. My greatest hope is to apply this knowledge and passion to directly help people. Driven by a love and desire to serve, solve, and create, I am determined to further my education in engineering because it represents a complete amalgamation of everything I have ever loved. It is a field that rewards dedication and leadership with the limitless potential for innovation—a field where a surprise reaction can quickly be replaced by tangible, recognized results, and where the freedom to design is the freedom to improve the world.

27 seconds remained. Our team and rival team were quick at work at the 3rd grade robotics competition. Hands flew over the remote, looking for the right program that would earn us the most points. The score was close, 3 points was all that separated us. But we pushed in order to get ahead and worked in tandem, each team member fulfilling their duty with quickness and efficiency. We had spent months building/ programming/ and testing our robot- all in preparation of this very day. When the round had concluded, we came out as the winners. But what I found was that the true joy came not from winning, but from the process of creating the robot in the first place. This experience drove me to the engineering program at my high school, where I later decided to immerse myself in the thing that had initially sparked my interest; robotics. Heads turning, faces marked with surprise, and eyes widening—this was the reaction that occurred when I made my first appearance on the robotics team. I had anticipated this response, as the gender gap in STEM fields is ever prevalent today. Yet, this initial interaction did not deter me; instead, it fueled a determination to contribute meaningfully. Focusing on impact rather than expectation, I immersed myself in the team’s mission of mentorship and inclusion, by: organizing STEM camps for elementary/middle/high schoolers, creating a robust digital presence through our website and Instagram, mentoring a local team, volunteering at 3rd grade robotics competitions, running a "Women In STEM" passion project, and executing tasks through our student enterprise (Grizzly Graphics). This dedication did not go unnoticed, earning my team the Motivate and Connect awards at the subsequent competitions. The following year, my team voted me into leadership. Being elected team captain the following year meant so much more than a title; it was internal recognition by my fellow members that my work had transcended the initial surprise and established real value. The foundation of that value, and what truly draws me to engineering, is the reality that there are infinite ways to solve a problem. This perspective has fundamentally altered how I perceive learning and challenges. With many subjects, I often find a prescribed path to a singular, defined solution. Engineering, on the other hand, offers a boundless landscape. Knowing there is no single, correct way to invent something grants me the freedom to experiment and iterate until I find the most effective method. This iterative process—improving upon existing methods and generating novel approaches—brings the distinct satisfaction that stems from enhancing the tools and objects people interact with every day. Whether I am 3D modeling parts for our robot, compiling code for a project or refining an iteration for a community project, I find immense fulfillment in having the creative liberty to approach challenges without restriction. As a result, I am pursuing Materials Science and Engineering at Cornell University in the upcoming fall. This scholarship would help me afford my education there. My greatest hope is to apply this knowledge and passion to directly help people. Driven by a love and desire to serve, solve, and create, I am determined to further my education in engineering because it represents a complete amalgamation of everything I have ever loved. It is a field that rewards dedication and leadership with the limitless potential for innovation—a field where a surprise reaction can quickly be replaced by tangible, recognized results, and where the freedom to design is the freedom to improve the world.

27 seconds remained. Our team and rival team were quick at work at the 3rd grade robotics competition. Hands flew over the remote, looking for the right program that would earn us the most points. The score was close, 3 points was all that separated us. But we pushed in order to get ahead and worked in tandem, each team member fulfilling their duty with quickness and efficiency. We had spent months building/ programming/ and testing our robot- all in preparation of this very day. When the round had concluded, we came out as the winners. But what I found was that the true joy came not from winning, but from the process of creating the robot in the first place. This experience drove me to the engineering program at my high school, where I later decided to immerse myself in the thing that had initially sparked my interest; robotics. Heads turning, faces marked with surprise, and eyes widening—this was the reaction that occurred when I made my first appearance on the robotics team. I had anticipated this response, as the gender gap in STEM fields is ever prevalent today. Yet, this initial interaction did not deter me; instead, it fueled a determination to contribute meaningfully. Focusing on impact rather than expectation, I immersed myself in the team’s mission of mentorship and inclusion, by: organizing STEM camps for elementary/middle/high schoolers, creating a robust digital presence through our website and Instagram, mentoring a local team, volunteering at 3rd grade robotics competitions, running a "Women In STEM" passion project (where I actively fought the gender gap), and executing tasks through our student enterprise (Grizzly Graphics). This dedication did not go unnoticed, earning my team the Motivate and Connect awards at the subsequent competitions. The following year, my team voted me into leadership. Being elected team captain the following year meant so much more than a title; it was internal recognition by my fellow members that my work had transcended the initial surprise and established real value. The foundation of that value, and what truly draws me to engineering, is the reality that there are infinite ways to solve a problem. This perspective has fundamentally altered how I perceive learning and challenges. With many subjects, I often find a prescribed path to a singular, defined solution. Engineering, on the other hand, offers a boundless landscape. Knowing there is no single, correct way to invent something grants me the freedom to experiment and iterate until I find the most effective method. This iterative process—improving upon existing methods and generating novel approaches—brings the distinct satisfaction that stems from enhancing the tools and objects people interact with every day. Whether I am 3D modeling parts for our robot, compiling code for a project or refining an iteration for a community project, I find immense fulfillment in having the creative liberty to approach challenges without restriction. This creative liberty is what drove me to study Materials Science and Engineering at Cornell University next fall, where I represent 2% of Materials Science Engineers, being Asian and a woman. My greatest hope is to apply this knowledge and passion to directly help people. Driven by a love and desire to serve, solve, and create, I am determined to further my education in engineering because it represents a complete amalgamation of everything I have ever loved. It is a field that rewards dedication and leadership with the limitless potential for innovation—a field where a surprise reaction can quickly be replaced by tangible, recognized results, and where the freedom to design is the freedom to improve the world.

27 seconds remained. Our team and rival team were quick at work at the 3rd grade robotics competition. Hands flew over the remote, looking for the right program that would earn us the most points. The score was close, 3 points was all that separated us. But we pushed in order to get ahead and worked in tandem, each team member fulfilling their duty with quickness and efficiency. We had spent months building/ programming/ and testing our robot- all in preparation of this very day. When the round had concluded, we came out as the winners. But what I found was that the true joy came not from winning, but from the process of creating the robot in the first place. This experience drove me to the engineering program at my high school, where I later decided to immerse myself in the thing that had initially sparked my interest; robotics. Heads turning, faces marked with surprise, and eyes widening—this was the reaction that occurred when I made my first appearance on the robotics team. I had anticipated this response, as the gender gap in STEM fields is ever prevalent today. Yet, this initial interaction did not deter me; instead, it fueled a determination to contribute meaningfully. Focusing on impact rather than expectation, I immersed myself in the team’s mission of mentorship and inclusion, by: organizing STEM camps for elementary/middle/high schoolers, creating a robust digital presence through our website and Instagram, mentoring a local team, volunteering at 3rd grade robotics competitions, running a "Women In STEM" passion project (where I actively fought the gender gap), and executing tasks through our student enterprise (Grizzly Graphics). This dedication did not go unnoticed, earning my team the Motivate and Connect awards at the subsequent competitions. The following year, my team voted me into leadership. Being elected team captain the following year meant so much more than a title; it was internal recognition by my fellow members that my work had transcended the initial surprise and established real value. The foundation of that value, and what truly draws me to engineering, is the reality that there are infinite ways to solve a problem. This perspective has fundamentally altered how I perceive learning and challenges. With many subjects, I often find a prescribed path to a singular, defined solution. Engineering, on the other hand, offers a boundless landscape. Knowing there is no single, correct way to invent something grants me the freedom to experiment and iterate until I find the most effective method. This iterative process—improving upon existing methods and generating novel approaches—brings the distinct satisfaction that stems from enhancing the tools and objects people interact with every day. Whether I am 3D modeling parts for our robot, compiling code for a project or refining an iteration for a community project, I find immense fulfillment in having the creative liberty to approach challenges without restriction. This creative liberty is what drove me to study Materials Science and Engineering at Cornell University next fall, where I represent 2% of Materials Science Engineers, being Asian and a woman. My greatest hope is to apply this knowledge and passion to directly help people. Driven by a love and desire to serve, solve, and create, I am determined to further my education in engineering because it represents a complete amalgamation of everything I have ever loved. It is a field that rewards dedication and leadership with the limitless potential for innovation—a field where a surprise reaction can quickly be replaced by tangible, recognized results, and where the freedom to design is the freedom to improve the world.

27 seconds remained. Our team and rival team were quick at work at the 3rd grade robotics competition. Hands flew over the remote, looking for the right program that would earn us the most points. The score was close, 3 points was all that separated us. But we pushed in order to get ahead and worked in tandem, each team member fulfilling their duty with quickness and efficiency. We had spent months building/ programming/ and testing our robot- all in preparation of this very day. When the round had concluded, we came out as the winners. But what I found was that the true joy came not from winning, but from the process of creating the robot in the first place. This experience drove me to the engineering program at my high school, where I later decided to immerse myself in the thing that had initially sparked my interest; robotics. Heads turning, faces marked with surprise, and eyes widening—this was the reaction that occurred when I made my first appearance on the robotics team. I had anticipated this response, as the gender gap in STEM fields is ever prevalent today. Yet, this initial interaction did not deter me; instead, it fueled a determination to contribute meaningfully. Focusing on impact rather than expectation, I immersed myself in the team’s mission of mentorship and inclusion, by: organizing STEM camps for elementary/middle/high schoolers, creating a robust digital presence through our website and Instagram, mentoring a local team, volunteering at 3rd grade robotics competitions, running a "Women In STEM" passion project (where I actively fought the gender gap), and executing tasks through our student enterprise (Grizzly Graphics). This dedication did not go unnoticed, earning my team the Motivate and Connect awards at the subsequent competitions. The following year, my team voted me into leadership. Being elected team captain the following year meant so much more than a title; it was internal recognition by my fellow members that my work had transcended the initial surprise and established real value. The foundation of that value, and what truly draws me to engineering, is the reality that there are infinite ways to solve a problem. This perspective has fundamentally altered how I perceive learning and challenges. With many subjects, I often find a prescribed path to a singular, defined solution. Engineering, on the other hand, offers a boundless landscape. Knowing there is no single, correct way to invent something grants me the freedom to experiment and iterate until I find the most effective method. This iterative process—improving upon existing methods and generating novel approaches—brings the distinct satisfaction that stems from enhancing the tools and objects people interact with every day. Whether I am 3D modeling parts for our robot, compiling code for a project or refining an iteration for a community project, I find immense fulfillment in having the creative liberty to approach challenges without restriction. This creative liberty is what drove me to study Materials Science and Engineering at Cornell University next fall, where I represent 2% of Materials Science Engineers, being Asian and a woman. My greatest hope is to apply this knowledge and passion to directly help people. Driven by a love and desire to serve, solve, and create, I am determined to further my education in engineering because it represents a complete amalgamation of everything I have ever loved. It is a field that rewards dedication and leadership with the limitless potential for innovation—a field where a surprise reaction can quickly be replaced by tangible, recognized results, and where the freedom to design is the freedom to improve the world.

Heads turning, faces marked with surprise, and eyes widening—this was the reaction that occurred when I made my first appearance on the robotics team. I had anticipated this response, as the gender gap in STEM fields is ever prevalent today. Yet, this initial interaction did not deter me; instead, it fueled a determination to contribute meaningfully. Focusing on impact rather than expectation, I immersed myself in the team’s mission of mentorship and inclusion, by: organizing STEM camps, creating a robust digital presence through our website and Instagram, mentoring a local team, volunteering at competitions, running a "Women In STEM" passion project, and executing tasks through our student enterprise. This dedication did not go unnoticed, earning my team the Motivate and Connect awards at the subsequent competitions. The following year, my team voted me into leadership. Being elected team captain the following year meant so much more than a title; it was internal recognition by my fellow members that my work had transcended the initial surprise and established real value. The foundation of that value, and what truly draws me to engineering, is the reality that there are infinite ways to solve a problem. This perspective has fundamentally altered how I perceive learning and challenges. With many subjects, I often find a prescribed path to a singular, defined solution. Engineering, on the other hand, offers a boundless landscape. Knowing there is no single, correct way to invent something grants me the freedom to experiment and iterate until I find the most effective method. This iterative process—improving upon existing methods and generating novel approaches—brings the distinct satisfaction that stems from enhancing the tools and objects people interact with every day. Whether I am 3D modeling parts for our robot, compiling code for a project or refining an iteration for a community project, I find immense fulfillment in having the creative liberty to approach challenges without restriction. My greatest hope is to apply this knowledge and passion to directly help people. Driven by a love and desire to serve, solve, and create, I am determined to further my education in engineering because it represents a complete amalgamation of everything I have ever loved. It is a field that rewards dedication and leadership with the limitless potential for innovation—a field where a surprise reaction can quickly be replaced by tangible, recognized results, and where the freedom to design is the freedom to improve the world.

27 seconds remained. Our team and rival team were quick at work at the 3rd grade robotics competition. Hands flew over the remote, looking for the right program that would earn us the most points. The score was close, 3 points was all that separated us. But we pushed in order to get ahead and worked in tandem, each team member fulfilling their duty with quickness and efficiency. We had spent months building/ programming/ and testing our robot- all in preparation of this very day. When the round had concluded, we came out as the winners. But what I found was that the true joy came not from winning, but from the process of creating the robot in the first place. This experience drove me to the engineering program at my high school, where I later decided to immerse myself in the thing that had initially sparked my interest; robotics. Heads turning, faces marked with surprise, and eyes widening—this was the reaction that occurred when I made my first appearance on the robotics team. I had anticipated this response, as the gender gap in STEM fields is ever prevalent today. Yet, this initial interaction did not deter me; instead, it fueled a determination to contribute meaningfully. Focusing on impact rather than expectation, I immersed myself in the team’s mission of mentorship and inclusion, by: organizing STEM camps for elementary/middle/high schoolers/women, creating a robust digital presence through our website and Instagram, mentoring a local team, volunteering at competitions, running a "Women In STEM" passion project, and executing tasks through our student enterprise (Grizzly Graphics) to raise over $2000. This dedication did not go unnoticed, earning my team the Motivate and Connect awards at the subsequent competitions. The following year, my team voted me into leadership. Being elected team captain the following year meant so much more than a title; it was internal recognition by my fellow members that my work had transcended the initial surprise and established real value. The foundation of that value, and what truly draws me to engineering, is the reality that there are infinite ways to solve a problem. This perspective has fundamentally altered how I perceive learning and challenges. With many subjects, I often find a prescribed path to a singular, defined solution. Engineering, on the other hand, offers a boundless landscape. Knowing there is no single, correct way to invent something grants me the freedom to experiment and iterate until I find the most effective method. This iterative process—improving upon existing methods and generating novel approaches—brings the distinct satisfaction that stems from enhancing the tools and objects people interact with every day. Whether I am 3D modeling parts for our robot, compiling code for a project or refining an iteration for a community project, I find immense fulfillment in having the creative liberty to approach challenges without restriction. My greatest hope is to apply this knowledge and passion to directly help people. Driven by a love and desire to serve, solve, and create, I am determined to further my education in engineering because it represents a complete amalgamation of everything I have ever loved. It is a field that rewards dedication and leadership with the limitless potential for innovation—a field where a surprise reaction can quickly be replaced by tangible, recognized results, and where the freedom to design is the freedom to improve the world.

To me, a community is a team (defined as a group of people working towards a common goal). Nowhere else is community as prevalent as it is within karate. And doing karate for 12 years, I recognized communities all around me. The first level of community was within the dojo. Training with the same people for multiple hours everyday elicited a type of bonding that I could best describe as familial. Pushing each other to train harder, grinding together, and celebrating each others wins and successes showed me that I had a place where I belonged. Mentoring at the classes with younger students, being a camp leader, and leading class emphasized the way our Sensei pushed us to give back to our dojo family and stay involved with the next generation of karateka. The next level of community was found within national competitions. Though we gave our all during matches, didn't hold back, and all came from different dojos, we still had the ability to hang out as friends, and demonstrate respect whether winning or losing our matches. When I lost, I used it as motivation in training, but I was also genuinely happy for my opponent. Knowing that their hard work paid off pushed me to work for the same result. This ability to compete against each other to raise the bar of USA Karate as a whole and make genuine connections that will last a lifetime was one of the greatest gifts karate could have ever given me. The last level of community was at the Pan-American Championships in Santiago, Chile. Competing against the other top 2 seeds from 21 countries was an experience that I was honored to be a part of. Matches were intense, but there was a universal respect amongst all the athletes that allowed us to treat each other with kindness and intensity. Because the bar was high, we drew out the best performances from each other, and competed at the highest level we knew how. I am a better person today because of the standards and qualities that karate communities instilled in me. In terms of the future, I will be studying Materials Science and Engineering at Cornell University in the fall. The reality that there are infinite ways to solve a problem is what draws me to engineering. This reality has altered my perception of learning. With other subjects, I find that there are usually singular ways to achieve a solution. With engineering, however, knowing that there is no single correct way to go about the invention of something allows me the freedom to try things until I find the most effective method. Improving upon these methods brings me the satisfaction that stems from helping to improve the things people interact with and use throughout their everyday life. Whether I'm 3D modeling parts for our robot or improving on an iteration for a project, I find great fulfillment in having the creative liberty to solve problems. My greatest hope for the future is to apply my knowledge to help people. I’m motivated and determined to further my education in pursuit of this goal. Driven by a love and desire to serve, solve, and create, I want to study engineering because it is a complete amalgamation of everything l've ever loved. Because engineering is a collaborative pursuit, I will apply the work ethic and humility learned from karate communities and apply it to continue being a better person and a human being of impact.

"Boldly, Unapologetically Me" Prompt Response: When I first joined my robotics team, the surprised reactions to my presence highlighted the persistent gender gap in STEM. But rather than being deterred, I used that energy to fuel a commitment to service. I shifted the focus from expectations to impact, dedicating myself to outreach efforts that would strengthen both my team and our local community. My contributions centered on expanding the reach of STEM. I organized community STEM camps for elementary schoolers/ middle schoolers/ high schoolers/ + women, mentored local teams in Dayton, raised over $2000 through our student enterprise (Grizzly Graphics) and volunteered at 3rd grade robotics competitions, whilst also building a robust digital presence through our website and social media. These initiatives were crucial to our team earning the Motivate and Connect awards—honors that specifically recognize community integration and inspiration. Being elected Team Captain the following year was a profound milestone to me because it signaled that my peers valued my contributions and leadership over initial stereotypes. For me, engineering is defined by the freedom to iterate with infinite ways to solve a problem. Whether I am 3D modeling robot components or refining a community-based project, I find fulfillment in the creative process of improving the tools/objects people use in their everyday lives. Ultimately, my journey in robotics is driven by a desire to serve and create. Engineering represents the perfect amalgamation of leadership and innovation- a field where a surprise reaction can quickly be replaced by tangible, recognized results, and where the freedom to design is the freedom to improve the world. "Kindness in Action" Prompt Response: When I first joined student government, Associated Student Body (ASB) Executive Diego showed incredibly kind + welcoming actions, making me feel like I belonged when I felt I didn't. Leading today, I take the initiative to make others feel included and valued; like him. In robotics, defying the STEM gender gap, I transformed initial surprise into institutional value. I immersed myself in my robotics team’s mission- organizing STEM camps for: elementary schoolers, middle schoolers and other women; volunteering at 3rd grade robotics competitions; launching a digital presence through Instagram; and mentoring local teams— efforts that earned us the Motivate and Connect awards. My election as Team Captain validated that my contributions transcended stereotypes, establishing me as a leader focused on tangible results. As team captain, I make sure to use my position to advocate for fellow girls on the team to get into the roles that they hoped for. When I saw the boys on our team try to push the girls into Outreach (as they had done with me), I made arrangements for meetings with them where they could express their desires (without the misogynistic undertones from fellow guys on the team). After hearing from them, I ensure that they get the opportunities that I never got: working as a builder, coder, or CAD person rather than someone pushed to the side to do outreach or secretarial jobs. They are now thriving in these roles, and I make sure to commend and applaud them for their contributions. This support that I was able to give them meant a lot to me because I try to carry an inclusive value not only as a leader, but also a person; and any actions that reflect that, are extremely important to me because I want to do my part in supporting my teammates as a Team Captain, and as a person trying to bridge the gap for women in STEM.

27 seconds remained. Our team and rival team were quick at work at the 3rd grade robotics competition. Hands flew over the remote, looking for the right program that would earn us the most points. The score was close, 3 points was all that separated us. But we pushed in order to get ahead and worked in tandem, each team member fulfilling their duty with quickness and efficiency. We had spent months building/ programming/ and testing our robot- all in preparation of this very day. When the round had concluded, we came out as the winners. But what I found was that the true joy came not from winning, but from the process of creating the robot in the first place. This experience drove me to the engineering program at my high school, where I later decided to immerse myself in the thing that had initially sparked my interest: robotics. Heads turning, faces marked with surprise, and eyes widening—this was the reaction that occurred when I made my first appearance on the robotics team. I had anticipated this response, as the gender gap in STEM fields is ever prevalent today. Yet, this initial interaction did not deter me; instead, it fueled a determination to contribute meaningfully. Focusing on impact rather than expectation, I immersed myself in the team’s mission, organizing STEM camps for elementary schoolers and other women, creating a robust digital presence through our website and Instagram, mentoring a local team, volunteering at 3rd grade robotics competitions, and executing tasks through our student enterprise. This dedication did not go unnoticed, earning my team the Motivate and Connect awards. Being elected team captain the following year meant so much more than a title; it was internal recognition by my fellow members that my work had transcended the initial surprise and established real value. The foundation of that value, and what truly draws me to engineering, is the reality that there are infinite ways to solve a problem. This perspective has fundamentally altered how I perceive learning and challenges. With many subjects, I often find a prescribed path to a singular, defined solution. Engineering, conversely, offers a boundless landscape. Knowing there is no single, correct way to invent something grants me the freedom to experiment and iterate until I find the most effective method. This iterative process—improving upon existing methods and generating novel approaches—brings the distinct satisfaction that stems from enhancing the tools and objects people interact with every day. Whether I am 3D modeling crucial parts for our robot or refining an iteration for a community project, I find immense fulfillment in having the creative liberty to approach challenges without restriction. My greatest hope is to apply this knowledge and passion to directly help people. Driven by a love and desire to serve, solve, and create, I am determined to further my education in engineering because it represents a complete amalgamation of everything I have ever loved. It is a field that rewards dedication and leadership with the limitless potential for innovation—a field where a surprise reaction can quickly be replaced by tangible, recognized results, and where the freedom to design is the freedom to improve the world.

27 seconds remained. Our team and rival team were quick at work at the 3rd grade robotics competition. Hands flew over the remote, looking for the right program that would earn us the most points. The score was close, 3 points was all that separated us. But we pushed in order to get ahead and worked in tandem, each team member fulfilling their duty with quickness and efficiency. We had spent months building/ programming/ and testing our robot- all in preparation of this very day. When the round had concluded, we came out as the winners. But what I found was that the true joy came not from winning, but from the process of creating the robot in the first place. This experience drove me to the engineering program at my high school, where I later decided to immerse myself in the thing that had initially sparked my interest; robotics. Heads turning, faces marked with surprise, and eyes widening—this was the reaction that occurred when I made my first appearance on the robotics team. I had anticipated this response, as the gender gap in STEM fields is ever prevalent today. Yet, this initial interaction did not deter me; instead, it fueled a determination to contribute meaningfully. Focusing on impact rather than expectation, I immersed myself in the team’s mission of mentorship and inclusion, by: organizing STEM camps, creating a robust digital presence through our website and Instagram, mentoring a local team, volunteering at competitions, running a "Women In STEM" passion project, and executing tasks through our student enterprise. This dedication did not go unnoticed, earning my team the Motivate and Connect awards at the subsequent competitions. The following year, my team voted me into leadership. Being elected team captain the following year meant so much more than a title; it was internal recognition by my fellow members that my work had transcended the initial surprise and established real value. The foundation of that value, and what truly draws me to engineering, is the reality that there are infinite ways to solve a problem. This perspective has fundamentally altered how I perceive learning and challenges. With many subjects, I often find a prescribed path to a singular, defined solution. Engineering, on the other hand, offers a boundless landscape. Knowing there is no single, correct way to invent something grants me the freedom to experiment and iterate until I find the most effective method. This iterative process—improving upon existing methods and generating novel approaches—brings the distinct satisfaction that stems from enhancing the tools and objects people interact with every day. Whether I am 3D modeling parts for our robot, compiling code for a project or refining an iteration for a community project, I find immense fulfillment in having the creative liberty to approach challenges without restriction. My greatest hope is to apply this knowledge and passion to directly help people. Driven by a love and desire to serve, solve, and create, I am determined to further my education in engineering because it represents a complete amalgamation of everything I have ever loved. It is a field that rewards dedication and leadership with the limitless potential for innovation—a field where a surprise reaction can quickly be replaced by tangible, recognized results, and where the freedom to design is the freedom to improve the world.

Heads turning, faces marked with surprise, and eyes widening—this was the reaction that occurred when I made my first appearance on the robotics team. I had anticipated this response, as the gender gap in STEM fields is ever prevalent today. Yet, this initial interaction did not deter me; instead, it fueled a determination to contribute meaningfully. Focusing on impact rather than expectation, I immersed myself in the team’s mission of mentorship and inclusion, by: organizing STEM camps, creating a robust digital presence through our website and Instagram, mentoring a local team, volunteering at competitions, running a "Women In STEM" passion project, and executing tasks through our student enterprise. This dedication did not go unnoticed, earning my team the Motivate and Connect awards at the subsequent competitions. The following year, my team voted me into leadership. Being elected team captain the following year meant so much more than a title; it was internal recognition by my fellow members that my work had transcended the initial surprise and established real value. The foundation of that value, and what truly draws me to engineering, is the reality that there are infinite ways to solve a problem. This perspective has fundamentally altered how I perceive learning and challenges. With many subjects, I often find a prescribed path to a singular, defined solution. Engineering, on the other hand, offers a boundless landscape. Knowing there is no single, correct way to invent something grants me the freedom to experiment and iterate until I find the most effective method. This iterative process—improving upon existing methods and generating novel approaches—brings the distinct satisfaction that stems from enhancing the tools and objects people interact with every day. Whether I am 3D modeling parts for our robot, compiling code for a project or refining an iteration for a community project, I find immense fulfillment in having the creative liberty to approach challenges without restriction. My greatest hope is to apply this knowledge and passion to directly help people. Driven by a love and desire to serve, solve, and create, I am determined to further my education in engineering because it represents a complete amalgamation of everything I have ever loved. It is a field that rewards dedication and leadership with the limitless potential for innovation—a field where a surprise reaction can quickly be replaced by tangible, recognized results, and where the freedom to design is the freedom to improve the world.